A single degree of freedom spring-mass-damper oscillator is shown below. (DAN k 2a. b. C. d....

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A single degree of freedom spring-mass-damper oscillator is shown below. (DAN k 2a. b. C. d. 0 16 F From the class notes, what is the second order ODE governing equation for the system above? What is the characteristic equation of the system in standard form? What are the eigenvalues (write in terms of m, c, and k)? With m = 400 and k = 1300, choose a value for c that shows overdamped behavior and plot the solution for y(t) in MATLAB for up to 10 seconds given y(0) = 6 and y(0) = 1 A single degree of freedom spring-mass-damper oscillator is shown below. (DAN k 2a. b. C. d. 0 16 F From the class notes, what is the second order ODE governing equation for the system above? What is the characteristic equation of the system in standard form? What are the eigenvalues (write in terms of m, c, and k)? With m = 400 and k = 1300, choose a value for c that shows overdamped behavior and plot the solution for y(t) in MATLAB for up to 10 seconds given y(0) = 6 and y(0) = 1